How does one define a one-dimensional array for up to ten rows in pseudocode?

The correct answer, which involves declaring a one-dimensional array for data storage, is focused on the proper syntax and understanding of array indexing in pseudocode.

In many programming languages and pseudocode conventions, arrays are indexed starting from 0. Therefore, when you declare an array with a size or length of 10, it actually has indices ranging from 0 to 9. The answer states "declare Logons(9) as string," which correctly indicates that the array can hold up to 10 string values, with the last index being 9.

This method of declaration clearly specifies the data type (string) and the highest index (9), which accordingly reflects the needed capacity for up to ten elements in practical terms. The precision in the index declaration is crucial for ensuring that the array can function properly without overflowing or any access errors.

In contrast, other definitions provided do not correctly align with the standard conventions for defining arrays. For instance, simply stating "Logons(10) as array" or "create Logons(10) as string" fails to clarify how indexing is structured. Meanwhile, "define Logons(1 to 10)" implies a range that could be interpreted differently, as it doesn’t specify whether the array indexing